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APV SPX Plate Heat Exchanger Plates Titanium / Stainless Steel

Categories APV SPX Heat Exchanger Plate
Brand Name: APV SPX
Model Number: H17、N35、N50、J060、J092、J107、J185、B063、A055、A085、Q080 Q030、Q055、R8G1、A145、TR9L4、TR9L3、TR9L2、TR9L1、SR14GD
Certification: ISO SGS
Place of Origin: China
MOQ: 20pcs
Price: 50 - 500pieces $20-$30
Payment Terms: T/T, L/C, Western Union,
Supply Ability: 50000pcs per month
Delivery Time: 15 days
Packaging Details: Plywood Box
Material: Stainless Steel
Model: APV SPX
After Warranty Service: Online support
Heat Transfer Area: 10-1000m²
Heigaiprel: 800mm
Keyword: heat exchanger plate
Marketing Type: New Product 2020
Max Temperature: Up to 200°C
Plate Pattern: Chevron
Plate Type: Gasketed
Plates Material: AISI 304/316L, SMO254, Hastelloy, Ni, Ti
Surface Treatment: powder coating,Clean,quiet
Veneer Area: customized
Voltage: 200v/380v
Working Pressure: 2.0 Mpa
Specification: SUS304 316 316L 310S 904
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APV SPX Plate Heat Exchanger Plates Titanium / Stainless Steel

Product Description


Apv Spx Series Titanium/ Stainless Steel Plate Heat Exchanger Plates With Gasket

Heat Exchanger Plates


To choose a material for replacement heat exchanger plates for an APV SPX heat exchanger, you should consider several factors:


Compatibility: Ensure that the material you choose is compatible with the fluids being processed in the heat exchanger plate. Check for any potential chemical reactions or corrosion issues.


Operating Conditions: Consider the temperature and pressure conditions the heat exchanger plate will be subjected to. Choose a material that can withstand these conditions without degrading.


Efficiency: Select a material that will maintain or improve the heat transfer efficiency of the heat exchanger plate.


Availability: Ensure that the chosen material is readily available and can be sourced easily for replacement heat exchanger plate.


Common materials used for heat exchanger plates include stainless steel, titanium, nickel alloys, and others. Consult with a heat exchanger specialist or the manufacturer for specific recommendations based on your requirements.


Heat Exchanger Plates material


1.Stainless steel SUS304 316 316L 310S 904

2. Industrial pure titanium and titanium-palladium alloyTi tanium and Pal ladium
Sea water, salt water, salt compounds
3. Hastelloy Alloy
Concentrated sulfuric acid, hydrochloric acid, phosphoric acid
4. Nickel
High temperature and high concentration caustic soda


BrandModel
APV SPX

H17,N35,N50,J060,J092,J107,J185,B063,A055,A085,Q080 Q030,Q055,R8G1,A145,TR9L4,TR9L3,TR9L2,TR9L1,SR14GD


MaterialSpecification
Stainless SteelSUS304 316 316L 310S 904
Titanium and titanium-palladium alloyTAi TAi-Pd
HastelloyC276 D205 B2G
NickelNi200 Ni201
Molybdenum254

Applacations


The application areas of heat exchanger plates are as follows:

1. Widely used for Hotels

2. Garment Shops

3. Building Material Shops

4. Machinery Repair Shops

5. Manufacturing Plant

6. Food & Beverage Factory

7. Farms, Restaurant,Retail, Food Shop

8. Printing Shops, Construction works

9. Energy & Mining, Food & Beverage Shops


Q&A


Question: What is a plate heat exchanger used for?
Answer: A plate heat exchanger is used to transfer heat between two fluids without them coming into direct contact with each other.

Question: Where are plate heat exchangers commonly used?
Answer: Plate heat exchangers are commonly used in HVAC systems, refrigeration, food processing, chemical plants, and various industrial applications.

Question: How does a plate heat exchanger work?
Answer: A plate heat exchanger works by allowing two fluids to flow on either side of the plates, with heat being transferred between them through the plates.

Question: What are the advantages of using a plate heat exchanger?
Answer: Plate heat exchangers offer efficient heat transfer, compact design, easy maintenance, and versatility in handling different fluids and operating conditions.

Question: How can plate heat exchangers help in energy efficiency?
Answer: Plate heat exchangers can help improve energy efficiency by transferring heat effectively between fluids, reducing energy consumption in heating and cooling processes.



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